Analytical solutions for multi-stage fractured shale gas reservoirs with damaged fractures and stimulated reservoir volumes

Keyphrases

• Analytical Solution 100%
• Shale Gas Reservoir 100%
• Fractured Shale 100%
• Stimulated Reservoir Volume 100%
• Fracture Damage 80%
• Damage Mechanism 60%
• Flow Regime 60%
• Propped Fracture 60%
• Fracture Face 40%
• Flow Model 20%
• Sensitivity Analysis 20%
• Power Law 20%
• Natural Fracture 20%
• Hydraulic Fracture 20%
• Model Calculation 20%
• Hydraulic Fracturing 20%
• Production Data 20%
• Fracture Permeability 20%
• Matrix Models 20%
• Stimulus Intensity 20%
• Steady-state Conditions 20%
• Complex Gas Mixtures 20%
• Marcellus Shale 20%
• Multiple Fractures 20%
• Fracture Flow 20%
• Slip Flow 20%
• Knudsen Diffusion 20%
• Shale Reservoir 20%
• Surface Diffusion 20%
• New Analytical Model 20%
• Surface Desorption 20%
• Decreasing Trend 20%
• Reservoir Fracture 20%
• Specific Flow 20%
• Spherical Element 20%
• Fracture Skin 20%
• Volume Properties 20%
• Secondary Fracture 20%
• Damage Scenarios 20%

Engineering

• Gas Reservoir 100%
• Multistage 100%
• Shale Gas 100%
• Reservoir Volume 100%
• Flow Model 60%
• Damage Mechanism 60%
• Flow Regime 60%
• Hydraulic Fracturing 40%
• Fracture Face 40%
• Linear Flow 40%
• Application Field 20%
• Applicability 20%
• Thin Layer 20%
• Analytical Model 20%
• Field Data 20%
• Production Data 20%
• Fracture Permeability 20%
• Natural Fracture 20%
• State Condition 20%
• Fracture Flow 20%
• Slip Flow 20%
• Knudsen Diffusion 20%
• Transport Mechanism 20%
• Element Model 20%
• Skin Factor 20%

Earth and Planetary Sciences

• Gas Reservoir 100%
• Hydraulic Fracturing 100%
• Desorption 50%
• Production Data 50%
• Power Law 50%
• Gas Transport 50%
• Fracture Flow 50%
• Slip Flow 50%
• Surface Diffusion 50%